Certain stormwater controls are designed in ways that effectively divert water away from a site – but not cellular storage systems. Sometimes also called geocellular systems, geocellular attenuation tanks, or soakaway tanks, these Sustainable Drainage Systems (SuDS – aka LIDs/BMPs/WSUDs) capture stormwater in large underground containers for slow release. But why utilize a stormwater control…
Drainage design
Sometimes called permeable pavement, porous pavement is an innovative and environmentally friendly approach to managing stormwater runoff in urban areas. As cities have grown, the sheer number of impermeable surfaces like roads, parking lots, and sidewalks has only increased, leaving traditional drainage systems struggling to cope with the volume of runoff. It leads to increased…
Drainage design
Handling drainage from stormwater events often means integrating multiple SWCs (StormWater Controls) to effectively prevent catastrophic flooding. One of the ways drainage designers are adapting their work to be more sustainably minded is by implementing drainage system features known as SuDS (Sustainable Drainage Systems). These have different names across the world like LIDs/BMPs/WSUDs, but they…
Drainage design
In the world of stormwater management and drainage design, selecting the right software tool is crucial for effective planning, analysis, and implementation. Among the myriad of options available in the water industry, we often get asked how Autodesk InfoDrainage compares to tools like HydroCAD, TR-20, and TR-55. Each of these tools offers unique features and…
Storm, sewer, flood
As the world’s drainage challenges grow, designers are constantly looking for new ways to handle stormwater. Commonly known as stormwater controls (SWCs), a subset of sustainable drainage systems, known as SuDS (LIDs/BMPs/WSUDs), have grown popular globally. SuDS work with nature, rather than against, and can be seen as more sustainable means of handling stormwater inflow…
Storm, sewer, flood
Water distribution utilities around the world are facing a rising number of challenges to maintain and operate their increasingly complex networks on tighter and tighter budgets. In the United States, 6 billion gallons of treated water is lost daily and 30% of water utility budgets for operations and maintenance are spent on energy costs for…
Operational analytics
The City of Brookings in South Dakota, like many other inland US cities, is struggling with increased amounts and instances of flooding. They enlisted ISG, a nationally recognized, 100% employee-owned, multi-disciplinary architecture, engineering, environmental, and planning firm to help them update the city’s master drainage plan, which hadn’t been revised in 15 years. ISG’s Jacob…
Customer stories
Autodesk has long been a leader in civil infrastructure and site design. With the addition of our comprehensive water portfolio in the last several years and our suite of construction tools, every aspect of civil planning, design, modeling, building, and operations can be done within the same cohesive and integrated ecosystem. While this is fantastic,…
Drainage design
InfoWater Pro 2025.4 is here, bringing Map Themes to replace the Map Display interface as well as some speed and UI improvements to make your hydraulic modeling work more efficient. New Map Themes replace Map Display One thing we always hear from users of InfoWater Pro is how easy it is for them to visualize…
Product news
VHB was looking for an integrated drainage solution for their land development projects, so they partnered with Autodesk to try out new modeling software. VHB engineers shared their experience using InfoDrainage with Senior Product Manager Samer Muhandes at Autodesk University in their excellent presentation Navigating Stormwater: How VHB Overcame Drainage Challenges Using InfoDrainage. We’re excerpting…
Customer stories